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Architecture and Design of the Linux Storage Stack

You're reading from   Architecture and Design of the Linux Storage Stack Gain a deep understanding of the Linux storage landscape and its well-coordinated layers

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Product type Paperback
Published in Jul 2023
Publisher Packt
ISBN-13 9781837639960
Length 246 pages
Edition 1st Edition
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Author (1):
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Muhammad Umer Muhammad Umer
Author Profile Icon Muhammad Umer
Muhammad Umer
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Toc

Table of Contents (18) Chapters Close

Preface 1. Part 1: Diving into the Virtual Filesystem
2. Chapter 1: Where It All Starts From – The Virtual Filesystem FREE CHAPTER 3. Chapter 2: Explaining the Data Structures in a VFS 4. Chapter 3: Exploring the Actual Filesystems Under the VFS 5. Part 2: Navigating Through the Block Layer
6. Chapter 4: Understanding the Block Layer, Block Devices, and Data Structures 7. Chapter 5: Understanding the Block Layer, Multi-Queue, and Device Mapper 8. Chapter 6: Understanding I/O Handling and Scheduling in the Block Layer 9. Part 3: Descending into the Physical Layer
10. Chapter 7: The SCSI Subsystem 11. Chapter 8: Illustrating the Layout of Physical Media 12. Part 4: Analyzing and Troubleshooting Storage Performance
13. Chapter 9: Analyzing Physical Storage Performance 14. Chapter 10: Analyzing Filesystems and the Block Layer 15. Chapter 11: Tuning the I/O Stack 16. Index 17. Other Books You May Enjoy

Summary

Having covered the workings of VFS in the first two chapters, this chapter gave you an introduction to common filesystems and their concepts. The Linux kernel is capable of supporting around 50 filesystems and covering each one of them is an impossible task. We maintained our focus on the native filesystems in Linux, as the kernel is capable of supporting them out of the box. We explained some features that are common among a group of filesystems, such as journaling, CoW mechanisms, and FUSE. The major focus of this chapter was the working and internal design of the extended filesystem. The extended filesystem has been around since kernel version 0.96 and is the most widely deployed filesystem on computing platforms. We also shed some light on the architecture of network filesystems and explained the differences between file and block storage. At the end, we discussed FUSE, which offers an interface for user space programs to export a filesystem to the Linux kernel.

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